MW
Marshall WaceHong KongInternship

Technology Intern - Hong Kong - 2027

Join Marshall Wace's 10-week Technology Internship in Hong Kong, working in-office on projects across finance, operations, risk, and trading. Gain hands-on experience in software engineering, data engineering, cybersecurity, and more, with mentoring and potential graduate opportunities.

1

Programme Details

  • 10-week internship from May to August, location: Hong Kong, fully in-office.
  • Work directly with development teams on projects supporting finance, operations, risk, and trading.
  • Gain experience in devops, data engineering, cybersecurity, web development, and software engineering.
  • Collaborate on impactful projects chosen by senior managers, often working in pairs.
  • Receive induction, mentoring, seminars, social events, and charitable activity opportunities.
2

Candidate Requirements

  • Ideal for innovative problem solvers with creative technology use.
  • No requirement for Computer Science degree but active programming experience needed.
  • Experience from internships, hackathons, or personal projects valued.
  • Exceptional academic achievement and strong communication skills required.
  • Teamwork, entrepreneurial spirit, and collaboration skills important.
3

Responsibilities

  • Hone software and programming skills while understanding business and financial markets.
  • Work autonomously with support from the Technology team.
  • Engage in project selection and collaborate with proposing teams.
  • Contribute to projects like AI tool integration, UI development, and alert tooling.
  • Participate in regular performance reviews and feedback sessions.
4

Progression and Growth

  • Top performers may receive graduate offers.
  • Graduate program offers rotational roles within Technology to find best fit.
  • No fixed career ladder; growth through challenging projects and mentoring.
  • Opportunities for international assignments and personal development.
  • Collaborate with management to shape individual growth paths.